An electric field microsensor based on electrostatic comb -driven and differential detecting was presented.

One particularly active research area is the development of micro sensor systems.

An electrical capacitance tomography micro-sensor was developed and applied to the visualized measurement of two-phase flow as well as the measurement of the liquid film thickness in a pulsating heat pipe.

This paper studies the collaborative classification theory and technology of the sensed information from micro-sensor networks,focusing on the collaborative classification algorithms suitable to different environment conditions and the interference among multiple objects.

Integration of Transformer and Microsensor;

Microsensors Based on MEMS Technology;

Microfabrication of silicon nitride film applied in microsensor;

Design of an electro-optic integrated electric field sensor;

Design and simulation of a miniature electric field sensor based on MEMS technique;

Because of the faint electric field signal on sea-floor, the complex nature environment under the sea and chlorine ion as electric conduction in seawater, the material and the structure of the sea-floor electric field sensor is completely different from that of the electrode which is used on land.